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A teacher in Ohio told us something last year that stuck. She’d been running a CTE health sciences program for over a decade. Career exploration meant guest speakers, job shadowing forms that half the local businesses never returned, and the odd field trip when the budget allowed it. Her students were interested, she said. But they couldn’t really picture themselves in those careers. The gap between “learning about” and “experiencing” was just too wide.
Then her district bought VR headsets. Within a week, students were observing a surgical procedure, practicing patient intake conversations, and walking through a hospital ward. Not on a screen. Inside it.
That’s the shift that’s happening in CTE classrooms across the US right now, and it’s moving faster than most people realize.
What is Career and Technical education?
Career and technical education (CTE) is a set of programs that teach students practical, job-ready skills across 16 recognized career clusters, covering everything from health sciences and IT to manufacturing, hospitality, and skilled trades. Programs run from middle school through postsecondary, and they’re designed to get students career-ready through hands-on, real-world learning rather than theory alone.
The scale is bigger than a lot of people assume. The US Department of Education puts CTE participation at around 12 million students for the 2020–21 program year: 8.3 million at secondary level, 3.5 million postsecondary. And 79% of US high schools were actively offering CTE programs in the 2024–25 school year, according to the NCES School Pulse Panel. This isn’t a fringe pathway. It’s a significant part of how American students prepare for work.
The Problem CTE has Always Had
CTE is supposed to be hands-on. That’s the whole point. But “hands-on” is expensive, and it’s logistically messy.
Think about what it actually takes to give a class of 25 students meaningful exposure to, say, automotive repair. You need equipment. You need space. You need supervision ratios that make insurance companies comfortable. And you need enough time for every student to get a real turn—not just watch from the back while two kids do the work. Multiply that across healthcare, construction, culinary, hospitality, and half a dozen other clusters, and you start to see the problem. Most schools simply can’t offer the breadth of experience that CTE promises on paper.
Career exploration has the same issue. Career days are fine, but a 20-minute presentation from a local nurse doesn’t actually tell a 15-year-old what it feels like to work in a hospital. The experience gap between “hearing about a job” and “doing a job” is massive, and traditional CTE has always struggled to close it.
That’s the gap virtual reality fits into.
What the Research Actually Says About VR and Learning
There’s a lot of hype around VR in education, so it’s worth looking at what holds up. PwC ran a study in 2022 comparing VR-based training against classroom and e-learning formats. The numbers were striking: VR learners were 275% more confident applying their skills afterward, felt 3.75 times more emotionally connected to the material, and completed training four times faster than classroom-based learners.
Those aren’t small differences. And they make particular sense for CTE, where confidence and emotional engagement directly affect whether a student pursues a career path or drops it. If a student practices a job interview in VR and walks out feeling like they actually could do it, that’s a different outcome than reading about interview tips on a worksheet. You can see how this translates to real classrooms in our immersive content overview.
How traditional CTE stacks up against VR-enhanced programs
| Traditional CTE | With VR | |
|---|---|---|
| Practice time | Limited by equipment, space, and scheduling | Repeatable sessions, any time, any environment |
| Risk | Real tools, real consequences for beginners | High-fidelity practice with zero physical risk |
| Career exploration depth | Career days, guest speakers, pamphlets | Students experience a career firsthand from the inside |
| Student engagement | Depends on delivery and individual interest | 3.75x more emotional connection to content (PwC, 2022) |
| Soft skills feedback | Teacher observation, peer role-play | AI-driven real-time feedback on eye contact, speech, body language |
| Class-wide access | One station or lab at a time | Full class in the same simulation simultaneously |
| Funding eligibility | Equipment and materials under Perkins V | VR hardware and content qualify under Perkins V as instructional technology |
We’re not saying VR replaces shop class or a physical lab. It doesn’t. But it gives teachers a way to offer experiences that would otherwise be impossible—and it gives every student in the room an equal shot at practice time, not just the two or three who happen to be standing closest to the equipment.
What this Looks Like in Actual CTE Classrooms
The examples are already out there. Schools are using VR to let students shadow surgeons, troubleshoot engines, navigate a commercial kitchen, and run through forensic investigation scenarios. In careers that lean on communication—hospitality, sales, customer service—students rehearse real conversations and get instant feedback on how they came across. We’ve put together a list of six careers students can explore in virtual reality that shows the range of what’s possible right now.
The bit that surprises most educators? It’s not the vocational simulations. It’s the soft skills work. Students practicing a job interview in VR, getting AI feedback telling them to slow down or make more eye contact—that’s the kind of coaching that usually requires a dedicated one-on-one session with a teacher. In VR, every student gets it at once. We’ve written more about why building soft skills in virtual reality is becoming such a big part of CTE programs. Schools like Kardinia International College have seen the impact play out across age groups.
Xcelerate and EduverseCTE: What we Built and Why
Most VR headsets on the market were designed for gaming or enterprise training. Neither is a great fit for a high school CTE classroom. That’s why we built Xcelerate.
It’s a VR headset built specifically for schools. It has a 90-degree flip-up visor, which sounds like a small thing until you realize how often a teacher needs students to switch between VR and the physical classroom mid-lesson. Hand controllers give students spatial movement and real interaction inside simulations. And the whole system runs through teacher-led classroom management, so the educator stays in control—not the student with the fastest fingers.
Since its debut at ISTE 2025, Xcelerate has picked up coverage from eSchool News, EdTech Digest, and THE Journal. Avantis Education, our parent company, published a full breakdown of the hardware innovations behind the headset. You can also explore Xcelerate through education technology partners like Teq.
The content side is EduverseCTE: over 135 VR video experiences and 9 interactive career simulation apps, split across three collections.
Career readiness covers the stuff employers consistently say graduates lack: interview skills, public speaking, resume building, and sales pitching. The AI feedback here is specific—it analyzes eye contact, speech clarity, and body language in real time, then tells the student exactly what to work on. That’s not a rubric. That’s coaching.
Vocational pathways puts students inside careers in healthcare, skilled trades, hospitality, culinary arts, and forensic investigation. They’re not watching a video about what a paramedic does. They’re in the ambulance.
Workplace readiness focuses on the transferable skills that cut across every career cluster: communication, teamwork, problem-solving. These are the hardest things to teach in a traditional classroom because they require real scenarios. VR creates those scenarios on demand.
Xcelerate ships with a three-year content subscription, so you’re not buying a piece of hardware that goes stale. The library grows with your program.
Paying for it: How Perkins V Covers VR
Budget is always the first question. Fair enough.
The Perkins V Act—the Strengthening Career and Technical Education for the 21st Century Act, if you want the full title—channels $1.4 billion annually to states for CTE development. That money flows from federal to state to local districts, and it’s explicitly meant for equipment, technology, and instructional materials that improve CTE outcomes.
VR hardware and content qualify as instructional technology under Perkins V. Headsets like Xcelerate and content libraries like EduverseCTE are eligible expenses, provided they align with your local CTE plan and support one or more of the 16 career clusters.
The process usually involves working with your CTE coordinator or state Perkins administrator to show how VR fits within your approved plan. If you’re not sure where to start with that, our team has helped plenty of districts work through the specifics. The funding is there. It’s a matter of connecting it to the right line item.
The Association for Career & Technical Education projects a deficit of 6.5 million skilled workers in the US by 2030. That’s not a distant problem—it’s already showing up in healthcare, manufacturing, and IT hiring right now. Schools that invest in better CTE experiences today are directly addressing that gap. And the federal government is actively funding them to do it.
Bring Immersive Learning into your CTE classroom
If you’re running a CTE program and the current setup doesn’t give students enough real practice time, VR is worth a serious look. Not as a novelty. As an instructional tool that scales, that gives every student equal access, and that produces the kind of confidence and skill development the research actually backs up.Take a look at the full EduverseCTE content library, or request a demo and we’ll walk you through how it works in your specific setup.